Web3 & Blockchain Researcher | Regional Helper : @RetiumChain
Asia
Joined January 2026
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Rashed.btc retweeted
Retium Testnet Is Back Online!
We've completed a major network upgrade, introducing one-time signing key rotation across wallets, validators and node software. teapawt.net/RetiumChain/status/211…
Every key is now used once, adding another layer of protection beyond post-quantum cryptography.
The new testnet is live. Time to get back to testing!
🌐 retium.net/
Rashed.btc retweeted
What happens if blockchain cryptography is broken one day?
Retium now uses one-time signing keys across wallets, validators and node software. Every key is used once, then retired, adding another layer of protection beyond post-quantum cryptography.
Web3 should not begin with a hunt for another tab.
@DlicomApp includes an in app web3 browser so exploring a web3 site can happen inside the same app where your wallet and social activity already live.
That changes the flow. instead of opening a site in one place, finding your wallet in another and returning to the conversation somewhere else, the browser sits inside Dlicom alongside those tools.
It is not a reason to click carelessly. You still need to check the site, the network and what you approve before signing anything. self custody gives you control and every approval is still your decision.
For anyone exploring web3 the useful part is a more connected experience: browser, wallet, feed and communities in one place.
What would you open first in Dlicom's web3 browser?
@Dlicom_Bangla
Rashed.btc retweeted
We’re heading to CoRL with the best of BitRobot’s ecosystem.
Visit our booth for research lightning talks, hands-on egocentric demos from our partners, and a look at new product prototypes.
@micoolcho will also be taking the stage for a keynote. See you in Austin, Nov 9–11!
Usdt is coming on bitcoin . how utexo & rgb are making it possible
The key is a verified mint not a wrapped balance on another chain.
First the user's rgb wallet creates an invoice. @utexocom prepares a mint operation and returns its operation ID.
Arbitrum acts as the single EVM hub. Usdt from supported source networks arrives there as Usdt0 through Usdt0 / LayerZero. the user locks that Usdt0 in the Arbitrum bridge contract with the @RGB_Bitcoin operation ID attached to the deposit.
After the deposit reaches EVM finality the mint signer checks the deposit. its binding to the RGB mint and the PSBT inside an AWS Nitro Enclave. only then does it sign.
The bitcoin transaction anchoring the mint is broadcast. once confirmed the minted Usdt appears in the user's rgb wallet.
Every receiver can later validate the asset's rgb history including the finalized deposit behind each mint.
That is the path: Usdt0 locked on Arbitrum Usdt minted through rgb settlement anchored to bitcoin.
@Utexoasia
Rashed.btc retweeted
Public when you want it.
Private when you need it.
Fluton is building dual-mode assets with Fhenix, so every action chooses its own visibility before it ever touches the chain.
Confidentiality, on your terms.
One asset, two modes, and the call is always yours. @FlutonIO
The best opportunities in crypto follow a pattern. they show up early in one place before the crowd finds them.
A launchpad is that place.
On darkhorse new digital assets launch on a bitcoin-based platform using the rgb protocol. that means one feed to watch, one place to be early and assets anchored to bitcoin from day one.
Trading is not bolted on as an afterthought. it is part of the same platform where assets are launched and managed so a new token does not live on one site while its trading happens on another.
And participation pays in more than one way. community rewards and incentive programs mean the people who show up early and stay active are recognized for it.
Early on bitcoin in one place. that is the whole idea.
@rgbhorse
Flutonized Vaults execute yield strategies directly on encrypted state.
That means strategy logic, allocation decisions and rebalancing conditions can be evaluated without exposing user balances, positions or intermediate execution data.
A traditional vault can reveal more than a deposit. Strategy changes, withdrawals and rebalancing events can show the size of a position and the logic behind it.
Flutonized Vaults are designed to prevent strategy copy-trading, position size leakage, wallet-level yield tracking and MEV extraction from rebalance events.
Users enter through an encrypted intent. They can participate in deposits, rebalancing and yield accrual while strategy logic and position data remain confidential by default.
The point is not only private yield. It is a vault whose working parts do not have to become a public playbook.
@FlutonIO
Rashed.btc retweeted
This made our day 🧡🎃
Huge respect to you and your little one for the time and effort you put into this. Family moments like these are what make the Retium community special.
Thank you for sharing it with us 👻
teapawt.net/ElinTekin5/status/2115…
👻🎃 𝐁𝐎𝐎! 𝐖𝐡𝐞𝐧 𝐂𝐫𝐲𝐩𝐭𝐨 𝐌𝐞𝐞𝐭𝐬 𝐇𝐚𝐥𝐥𝐨𝐰𝐞𝐞𝐧, 𝐌𝐚𝐠𝐢𝐜 𝐇𝐚𝐩𝐩𝐞𝐧𝐬! 🕸️🧡
Who knew the crypto world could inspire such spooky, silly, and heartwarming moments? 😂🎃
Thanks to @RetiumChain , my little one and I got into the Halloween spirit and created our own spooky, funny little world, one piece of clay at a time! 👩👦👻🧡
✨ A little creativity, lots of laughter, and sweet memories worth more than any coin! 🥹🎃
That's the kind of magic that makes the #Retium community special! 🕸️🧡
🎃👻 𝐇𝐚𝐩𝐩𝐲 #RetiumHalloween !
#Retium 🧡
A block is a line. Retium is a mesh.
Most chains pass activity down a single sequence: one block after another work waiting its turn in a queue.
@RetiumChain uses a multidirectional mesh architecture. nodes connect in many directions and activity propagates across the network in parallel instead of in a single file.
That is what the architecture is for.
Faster. work moves in many directions at once.
Scalable. the network grows without one choke point deciding the pace.
secure. verification happens through Proof of Math the chain's consensus model.
Three properties one design. no separate system bolted on for speed no trade-off between scale and safety.
Can a Lightning node run inside a browser?
With @utexo/rgb-sdk-web it can. @utexocom compiles the RGB Lightning Node to WebAssembly so operations run locally in the browser wallet.
No @RGB_Bitcoin server. no node.js runtime. no native binaries.
A web app can open Lightning channels and send or receive BTC or RGB asset payments through the embedded node.
This is a different model from calling a hosted node. the lightning work happens inside the client through WASM.
The package is browser only and beta. node.js and react native use different SDKs and APIs may change between releases.
For web builders the browser is not only the interface. It is where the node runs.
@Utexoasia
